CN208925173U

CN208925173U - A kind of boiling cooling system in crab processing flow

Info

Publication number: CN208925173U
Application number: CN201721785528.XU
Authority: CN
Inventors: 陆剑锋; 胡从玉; 林琳; 葛孟甜; 刘飞鸣; 刘庆生; 钱永言; 姜绍通
Original assignee: Hefei University of Technology
Current assignee: Hefei University of Technology
Priority date: 2017-12-19
Filing date: 2017-12-19
Publication date: 2019-06-04
Anticipated expiration: 2027-12-19

Abstract

The utility model relates to aquatic products equipment fields, the boiling cooling system being intended to provide in a kind of crab processing flow, it has the advantages that conveniently to draw later period crab cream, its key points of the technical solution are that including feed device and cleaning device, the lower section of the output end of cleaning device is equipped with steaming plant, and the lower section of the output end of steaming plant is equipped with cooling device.By using above-mentioned technical proposal, crab is transported in steaming plant after cleaning in cleaning device, and the water in heater box is heated to 100 DEG C by heating tube at this time, and it is ripe that crab is heated 100 DEG C of boiling in case, the crab cream in crab after cooked is in curdled appearance, the convenient absorption to crab cream；Crab is transported in cooling device after being cooked, cooling device cools down crab automatically, reduces a possibility that staff is burned when collecting crab, and crab can be transported out by cooling device from cold water, working strength is alleviated, human and material resources and financial resources are saved.

Description

A kind of boiling cooling system in crab processing flow

Technical field

The utility model relates to aquatic products cleaning equipment field, in particular to the boiling in a kind of crab processing flow is cooling System.

Background technique

Since the nutritive value of crab cream is high, the people for liking edible crab cream is more and more, draw crab cream equipment to crab cream into Before row is drawn, it usually needs cleaned to crab.

Most of washing flow line currently on the market is as shown in figure 11, including feed device 1 and cleaning device 13, feeding Device 1 includes conveyer 48 and baffle conveying 49, and the two sides of conveyer 48 are arranged in baffle conveying 49, and the setting of cleaning device 13 exists The lower section of the discharge end of conveyer 48, although this washing flow line can clean crab, after cleaning in crab Crab cream be still liquid, great inconvenience is brought to the absorption of later period crab cream.

Utility model content

The purpose of the utility model is to provide the boiling cooling systems in a kind of crab processing flow, and it is convenient to rear to have The advantages of phase crab cream is drawn.

The above-mentioned technical purpose of the utility model has the technical scheme that

A kind of boiling cooling system in crab processing flow, including feed device and cleaning device, the cleaning device The lower section of the output end of feed device is set, and the feed device is for crab to be delivered in cleaning device, the cleaning Device is equipped with steaming plant, the output end of the steaming plant for cleaning crab, the lower section of the output end of the cleaning device Lower section be equipped with cooling device, the cooling device is used for cooling to the crab from steaming plant, and the steaming plant includes Heater box and the second conveying device, second conveying device are arranged in heater box by the second rack, second conveying For device for crab to be transported in cooling device, the heater box is equipped with discharge port close to one end of cooling device, described to add Hot tank is inclined to set along the both ends of the direction of motion of the second conveying device, and heating tube is equipped in the heater box.

By using above-mentioned technical proposal, crab is placed in feed device by staff, by feed device by crab It is transported in cleaning device, crab is transported in steaming plant after cleaning in cleaning device, and heating tube is heater box at this time Interior water is heated to 100 DEG C, and crab is during transported in the second conveying device, 100 DEG C of boiling being heated in case Ripe, the crab cream in crab after being cooked is in curdled appearance, the convenient absorption to crab cream, and the second conveying device is defeated by cooked crab It is sent in cooling device, carry out following process is collected by staff after crab is cooled.

Further setting: second conveying device includes third driving motor and second conveyor structure, and described second is defeated Sending mechanism includes third drive sprocket, third driven sprocket, third driving chain and third carrier bar, and the third drive sprocket is logical One end that third driving shaft is connected to the second rack is crossed, the third driven sprocket is connected to the second rack by third driven shaft The other end, the third driving chain covers on third drive sprocket and third driven sprocket and by third drive sprocket and The tensioning of three driven sprockets, the third carrier bar is arranged on third driving chain, along second conveyor structure in second rack The direction of motion be equipped with side plate, the third driving chain is equipped with idler wheel, and the side plate is equipped with close to third driving chain Race, the race are supported or opposed direction setting from the ground close to cooling device one end, and the idler wheel is arranged in race, the third Driving motor is arranged outside heater box by third motor rack, and the output shaft of the third driving motor passes through the second driver Structure is connected to one end of third driving shaft.

By using above-mentioned technical proposal, the second conveying device is folded upward at away from ground close to cooling device one end and sets It sets, during conveying crab, crab gradually exposes from the water in heater box, and continues to the bottom for deviating from heater box Direction movement, eventually disengages from water and is transported in cooling device.

Further setting: second transmission mechanism includes first gear and second gear, and the first gear setting exists On the output shaft of third driving motor, one end of third driving shaft, the first gear and second is arranged in the second gear Gear is meshed, and first gear is less than second gear.

By using above-mentioned technical proposal, the second driving motor drives first gear to move in the operating condition, thus band The dynamic second gear movement being engaged with, the movement of second gear drive third drive sprocket motion by third driving shaft, by It is less than second gear in first gear, therefore the revolving speed of third drive sprocket is less than the revolving speed of the output shaft of the second driving motor, Second transmission mechanism plays the role of slowing down second conveyor structure velocity of rotation, convenient that stable conveying is carried out to crab.

Further setting: the third carrier bar is equipped with anti-fall plate.

By using above-mentioned technical proposal, during crab gradually detaches from water, water generates resistance to crab The setting of power, anti-fall plate limits crab, reduces crab and falls possibility in return water during being detached from water Property.

Further setting: the cooling device includes cooling bath and third conveying device, and the cooling bath is arranged second Below the output end of conveying device, the third conveying device includes the 4th driving motor and the 4th conveying mechanism, and the described 4th Driving motor is arranged outside cooling bath by the 4th motor rack, and the 4th conveying mechanism is arranged by third rack in cooling In slot, the 4th conveying mechanism includes the 4th drive sprocket, the 4th driven sprocket, the 4th driving chain and the 4th carrier bar, institute One end that the 4th drive sprocket is connected to third rack by the 4th driving shaft is stated, the 4th driven sprocket is driven by the 4th Axis is arranged in the other end of third rack, the 4th driving chain cover on the 4th drive sprocket and the 4th driven sprocket and by 4th drive sprocket and the tensioning of the 4th driven sprocket, the 4th carrier bar are arranged on the 4th driving chain, and cooling bath is along the 4th The cell wall of the direction of motion of conveying mechanism is equipped with third sliding slot, and third sliding slot is supported or opposed from the ground away from second conveying device one end Side bending setting, the 4th driving chain are equipped with third slide plate, and third slide plate is arranged in third sliding slot, the 4th driving motor The 4th driving shaft of output axis connection one end.

By using above-mentioned technical proposal, the crab being cooked is entered in the cooling device equipped with cold water, third conveying Cooling down during device conveys crab while to crab, conveying device is transported to the direction away from steaming plant It is dynamic, until crab to be brought out to from cold water and transported to third conveying device the one end for deviating from steaming plant, facilitate work people Member is collected crab.

Further setting: the 4th carrier bar is equipped with pushing plate.

By using above-mentioned technical proposal, crab receives the resistance that cold water generates it during being detached from cold water, makes Crab generates the trend fallen back in cold water, and pushing plate is moved with the movement of the 4th conveying mechanism, to the crab on the 4th carrier bar Crab plays impetus, reduces a possibility that crab falls go back in cold water.

Further setting: the feed device includes the first driving motor and conveying mechanism, and first driving motor is logical Cross motor rack setting on the ground, the conveying mechanism is equipped with transfer gantry close to ground side, and the conveying mechanism setting exists On transfer gantry, the transfer gantry is equipped with baffle, and conveying mechanism includes the first drive sprocket, the first driven sprocket, first Driving chain and the first carrier bar, the first drive sprocket is connected to the output shaft of the first driving motor by the first driving shaft, described First driven sprocket is arranged on baffle by first driven shaft, and first driving chain is covered in the first drive sprocket and first It is tensioned on driven sprocket and by the first drive sprocket and the first driven sprocket, the both ends of first carrier bar are connected to the first transmission On chain.

By using above-mentioned technical proposal, batch crab is delivered in cleaning device is capable of in the setting of feed device, Improve the cleaned efficiency of crab.

Further setting: the baffle is equipped with first sliding groove close to the first driving chain side, and first sliding groove is close to cleaning Device one end is folded upward at setting away from ground, and the first driving chain is equipped with the first slide plate, and the first slide plate is embedded sliding first In slot.

By using above-mentioned technical proposal, the first slide plate is arranged in first sliding groove, makes defeated by first sliding groove bending setting Mechanism is sent to support or oppose direction bending from the ground close to one end of cleaning device, crab subtracts during being transported on feed device Small crab away from cleaning device direction to a possibility that creeping.

Further setting: the baffle is equipped with hang plate, and hang plate is arranged above first sliding groove, and hang plate inclines Tilted direction is towards first sliding groove.

By using above-mentioned technical proposal, the setting of hang plate covers first sliding groove, avoids when conveying crab, crab Crab leg is clipped in first sliding groove.

Further setting: the baffle is equipped with the guide plate tilted down close to cleaning device one end, and guide plate is placed in clearly Right above cleaning device.

By using above-mentioned technical proposal, when crab is transported to the output end of feed device, crab passes through guide plate It falls into cleaning device and is cleaned, during crab enters cleaning device from feed device, guide plate plays one Buffer function avoids crab and is broken.

In conclusion the utility model has the following beneficial effects:

1, water can be heated to automatically 100 DEG C by the setting of steaming plant, crab is cooked and make the crab cream in crab be in Curdled appearance facilitates absorption of the later period to crab cream；

2, cooling device can be cooled down automatically cooked crab, reduced staff and be burned when collecting crab A possibility that, while working strength is also mitigated, save human and material resources and financial resources.

Detailed description of the invention

Fig. 1 is the structural schematic diagram that the present embodiment is used to embody the utility model；

Fig. 2 is in the present embodiment for embodying the structural schematic diagram of feed device；

Fig. 3 is in Fig. 2 for embodying the portion the A structure amplification of positional relationship between the first drive sprocket and the first driving motor Figure；

Fig. 4 is in Fig. 2 for embodying the portion the B schematic enlarged-scale view of positional relationship between first sliding groove and the first slide plate；

Fig. 5 is in the present embodiment for embodying the structural schematic diagram of cleaning device；

Fig. 6 is in the present embodiment for embodying the structural schematic diagram of the second drive sprocket；

Fig. 7 is in the present embodiment for embodying the structural schematic diagram of positional relationship between the second slide plate and second sliding slot；

Fig. 8 is in the present embodiment for embodying the structural schematic diagram of steaming plant；

Fig. 9 is in the present embodiment for embodying the structural schematic diagram of cleaning device；

Figure 10 is in Fig. 9 for embodying the structural schematic diagram of positional relationship between third slide plate and third sliding slot；

Figure 11 is the structural schematic diagram for embodying the prior art.

In figure, 1, feed device；11, the first driving motor；12, conveying mechanism；121, the first drive sprocket；122, first Driven sprocket；123, the first driving chain；124, the first carrier bar；2, motor rack；3, transfer gantry；4, the first driving shaft；5, One driven shaft；6, baffle；7, first sliding groove；8, the first slide plate；9, hang plate；10, guide plate；13, cleaning device；131, it cleans Slot；132, the first conveying device；1321, the second driving motor；1322, the first transmission mechanism；13221, initiative driver； 13222, driven transmission wheel；13223, transmission chain；1323, the second driving chain；1324, the second carrier bar；1325, the second drive chain Wheel；1326, the second driven sprocket；133, high-pressure pump；134, high-pressure water pipe；135, high pressure is in charge of；136, high pressure cleaning nozzle； 15, the first rack；16, water filter plate；19, antiskid plate；20, second sliding slot；21, the second slide plate；22, steaming plant；221, it heats Case；222, the second conveying device；2221, third driving motor；2222, second conveyor structure；22221, third drive sprocket； 22222, third driven sprocket；22223, third driving chain；22224, third carrier bar；25, heating tube；26, the second rack； 27, side plate；30, anti-fall plate；35, idler wheel；36, race；37,2221 frame of third driving motor；38, the second transmission mechanism；381, First gear；382, second gear；40, cooling device；401, cooling bath；402, third conveying device；4021, the 4th driving electricity Machine；4022, the 4th conveying mechanism；40221, the 4th drive sprocket；40222, the 4th driven sprocket；40223, the 4th transmission chain Item；40224, the 4th carrier bar；41, third rack；44, pushing plate；45, third sliding slot；46, third slide plate；47, the 4th motor Frame；50, the second motor rack.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

Embodiment: the boiling cooling system in a kind of crab processing flow, as shown in Figure 1, including feed device 1, cleaning Device 13, steaming plant 22 and cooling device 40, the output end of feed device 1 be arranged in the input terminal of cleaning device 13 just on The surface of the input terminal of steaming plant 22, the output end setting of steaming plant 22 is arranged in side, the output end of cleaning device 13 In the surface of the input terminal of cooling device 40.

As shown in Figures 2 and 3, feed device 1 includes the first driving motor 11 and conveying mechanism 12, the first driving motor 11 On the ground by the setting of motor rack 2, conveying mechanism 12 is equipped with transfer gantry 3 close to ground side, and the setting of conveying mechanism 12 exists On transfer gantry 3, transfer gantry 3 is equipped with baffle 6, and conveying mechanism 12 includes the first drive sprocket 121, the first driven sprocket 122, the first driving chain 123 and the first carrier bar 124, the first drive sprocket 121 are connected to the first driving by the first driving shaft 4 The output shaft of motor 11, the first driven sprocket 122 are arranged on baffle 6 by first driven shaft 5, the first 123 sets of driving chain It is tensioned on the first drive sprocket 121 and the first driven sprocket 122 and by the first drive sprocket 121 and the first driven sprocket 122, The both ends of first carrier bar 124 are connected on the first driving chain 123.

As shown in figure 4, baffle 6 is equipped with first sliding groove 7 close to 123 side of the first driving chain, first sliding groove 7 is close to cleaning 13 one end of device is folded upward at setting away from ground, and the first driving chain 123 is equipped with the first slide plate 8, and the first slide plate 8 is embedded In first sliding groove 7, baffle 6 is equipped with hang plate 9, and hang plate 9 is arranged above first sliding groove 7, the inclined direction of hang plate 9 Towards first sliding groove 7, baffle 6 is equipped with the guide plate 10 tilted down close to 13 one end of cleaning device, and guide plate 10 is placed in cleaning Right above device 13.

As shown in Figure 1 and Figure 5, cleaning device 13 includes rinse bath 131, the first conveying device 132, high-pressure pump 133, high pressure Water pipe 134, high pressure are in charge of 135 and high pressure cleaning nozzle 136,131 one end of rinse bath be placed in the output end of feed device 1 just under Side, rinse bath 131 are equipped with cleaning drainpipe close to ground side, and 131 bottom of rinse bath is equipped with oxygen increasing pump, is connected on oxygen increasing pump Water inlet pipe and outlet pipe, outlet pipe are equipped with air inlet pipe, and the length of air inlet pipe is higher than the height of 131 cell wall of rinse bath, and first is defeated Device 132 is sent to be arranged in rinse bath 131, the output end of the first conveying device 132 is set to the bending away from 131 side of rinse bath It sets, high-pressure pump 133 is arranged outside rinse bath 131, and the output end of high-pressure pump 133 connects high-pressure water pipe 134, high-pressure water pipe 134 It is arranged on the edge of rinse bath 131, high pressure is in charge of 135 and is connected to high-pressure water pipe 134, and high pressure is in charge of 135 to be placed in first defeated It send right above device 132, high pressure is in charge of 135 and is equipped with apopore towards the first conveying device 132, and high pressure cleaning nozzle 136 is arranged On apopore, and high pressure cleaning nozzle 136 and high pressure are in charge of between 135 and are detachably connected.

As shown in Figure 5 and Figure 6, the first conveying device 132 include the second driving motor 1321, the first transmission mechanism 1322, Second drive sprocket 1325, the second driven sprocket 1326, the second driving chain 1323 and the second carrier bar 1324, the second driving motor 1321 be arranged outside rinse bath 131, and the second driving motor 1321 by the second motor rack 50 be arranged on the ground, second from Movable sprocket 1326 is arranged in rinse bath 131 by the first rack 15, along the movement of the first conveying device 132 in the first rack 15 Direction is equipped with water filter plate 16, and water filter plate 16 is arranged in close to one end of steaming plant 22, the second transmission in the second drive sprocket 1325 1323 sets of chain on the second drive sprocket 1325 and the second driven sprocket 1326 and by the second drive sprocket 1325 and second from Movable sprocket 1326 is tensioned, and the both ends setting of the second carrier bar 1324 is set on the second driving chain 1323, and on the second carrier bar 1324 There is antiskid plate 19, the first transmission mechanism 1322 includes initiative driver 13221, driven transmission wheel 13222 and transmission chain 13223, Initiative driver 13221 is arranged on the output shaft of the second driving motor 1321, and driven transmission wheel 13222 is connected to second actively Sprocket wheel 1325,13223 sets of transmission chain on initiative driver 13221 and driven transmission wheel 13222 and by initiative driver 13221 It is tensioned with driven transmission wheel 13222, initiative driver 13221 is less than driven transmission wheel 13222, as shown in fig. 7, water filter plate 16 leans on Nearly second driving chain, 1323 side is equipped with second sliding slot 20, and second sliding slot 20 is close to 1326 one end of the second driven sprocket away from ground Bending setting upwardly, the second driving chain 1323 are equipped with the second slide plate 21, and the second slide plate 21 is arranged in second sliding slot 20.

As illustrated in figures 1 and 8, steaming plant 22 includes heater box 221 and the second conveying dress being arranged in heater box 221 222 are set, heater box 221 is equipped with feed inlet close to one end of cleaning device 13, and heater box 221 is set close to one end of cooling device 40 There is discharge port, heater box 221 is inclined to set along the both ends of the direction of motion of the second conveying device 222, is equipped in heater box 221 Heating tube 25, the tank wall of heater box 221 are equipped with boiling water inlet pipe and boiling drainpipe, and the second conveying device 222 includes third Driving motor 2221 and second conveyor structure 2222, second conveyor structure 2222 are driven including third drive sprocket 22221, third Sprocket wheel 22222, third driving chain 22223 and third carrier bar 22224, second conveyor structure 2222 are arranged by the second rack 26 In heater box 221, side plate 27, third driven sprocket are equipped with along the direction of motion of second conveyor structure 2222 in the second rack 26 22222 are connected in the second rack 26 by third driven shaft, and third drive sprocket 22221 is connected to side by third driving shaft Plate 27 deviates from 13 one end of cleaning device, and 22223 sets of third driving chain in third drive sprocket 22221 and third driven sprocket It is tensioned on 22222 and by third drive sprocket 22221 and third driven sprocket 22222, the setting of third carrier bar 22224 is passed in third On dynamic chain 22223, third carrier bar 22224 is equipped with anti-fall plate 30, and third driving chain 22223 is equipped with idler wheel 35, side plate 27 are equipped with race 36 close to third driving chain 22223, and race 36 is curved close to 40 one end of cooling device direction from the ground of supporting or opposing Folding setting, idler wheel 35 are arranged in race 36, and third driving motor 2221 is arranged outside heater box 221, and third driving electricity Machine 2221 is arranged on the ground by 2221 frame 37 of third driving motor, and the output shaft of third driving motor 2221 is passed by second Motivation structure 38 connect third driving shaft one end, the second transmission mechanism 38 include first gear 381 and second gear 382, first Gear 381 is arranged on the output shaft of third driving motor 2221, and one end of third driving shaft is arranged in second gear 382, the One gear 381 and second gear 382 are meshed, and first gear 381 is less than second gear 382.

As shown in Fig. 1 and Fig. 9, cooling device 40 includes cooling bath 401 and third conveying device 402, and cooling bath 401 is arranged Below the output end of the second conveying device 222, the cell wall of cooling bath 401 is equipped with cooling water inlet pipe and cooling drainpipe, the Three conveying devices 402 include the 4th driving motor 4021 and the 4th conveying mechanism 4022, and the 4th conveying mechanism 4022 passes through third Rack 41 is arranged in cooling bath 401, and the 4th conveying mechanism 4022 includes the 4th drive sprocket 40221, the 4th driven sprocket 40222,40223 articles of the 4th driving chain and the 4th carrier bar 40224, the 4th driven sprocket 40222 pass through the 4th driven axis connection In third rack 41, cooling bath 401 is arranged close to the one of steaming plant 22 by the 4th driving shaft in the 4th drive sprocket 40221 End, the 4th 40223 articles of driving chain cover on the 4th drive sprocket 40221 and the 4th driven sprocket 40222 and by the 4th actively Sprocket wheel 40221 and the tensioning of the 4th driven sprocket 40222, the 4th carrier bar 40224 are arranged on 40223 articles of the 4th driving chain, the Four carrier bars 40224 are equipped with pushing plate 44, and as shown in Figure 9 and Figure 10, cooling bath 401 is along the movement side of the 4th conveying mechanism 4022 To cell wall be equipped with third sliding slot 45, third sliding slot 45 away from 222 one end of the second conveying device support or oppose from the ground side bending Setting, the 4th 40223 articles of driving chain are equipped with third slide plate 46, and third slide plate 46 is arranged in third sliding slot 45,4 wheel driven The dynamic setting of motor 4021 in 401 outside of cooling bath and is connected to ground by the 4th motor rack 47, the 4th driving motor 4021 Export one end of the 4th driving shaft of axis connection.

Implementation process: crab is placed on feed device 1 by staff, starts the first driving motor 11, the first driving The output shaft of motor 11 drives the rotation of the first drive sprocket 121 by the first driving shaft 4, and the first drive sprocket 121 is in rotation The first driving chain 123 is driven to rotate in the process, the rotation of the first driving chain 123 drives the rotation of the first driven sprocket 122, The rotation of first drive sprocket 121 and the first driven sprocket 122 drives the first driving chain 123 to be rotated together, the first chain The rotation of item drives the movement of the first carrier bar 124, and crab moves with the movement of the first carrier bar 124, and final crab, which moves to, to be sent Expect that device 1 close to one end of cleaning device 13, is entered in cleaning device 13 by guide plate 10.

The crab entered in cleaning device 13 falls in the first conveying device 132, and the second driving motor 1321 is working Initiative driver 13221 is driven to rotate under state, initiative driver 13221 drives transmission chain rotation, to drive slave drive 13222 rotation of wheel, the rotation of driven rotation wheel drive the second driving shaft to be rotated, mistake of second drive sprocket 1325 in rotation The rotation of the second driven sprocket 1326, the second drive sprocket 1325 and the second driven chain are driven by the second driving chain 1323 in journey Wheel 1326, which rotates together, drives the second driving chain 1323 to be rotated, and the rotation of the second driving chain 1323 drives the second carrier bar 1324 are moved, and the movement of the second carrier bar 1324 drives crab to be moved together, in crab as the second carrier bar 1324 is transported While dynamic, high-pressure pump 133 is in running order, and the water in high-pressure water pipe 134 is high pressure water flow, and high pressure water flow is flowed into each A high pressure is in charge of in 135, and high pressure water flow is sprayed to crab eventually by high pressure cleaning nozzle 136, and high pressure water flow has impact force, Silt on crab can be washed out, realize the cleaning to crab, crab is as the movement of the second carrier bar 1324 is gradually from cleaning It detaches in water in slot 131, is delivered in steaming plant 22 by the first conveying device 132.

The crab being transported in steaming plant 22 falls in the second conveying device 222, is transported to boiling in crab Before device 22, heating tube 25 is heated in advance, according to heat transfer principle, the water in heater box 221 is heated to 40 degree, In the operating condition, the output shaft of third driving motor 2221 drives first gear 381 to rotate to third driving motor 2221, and first The rotation of gear 381 drives second gear 382 to rotate, so that third driving shaft is driven to be rotated, the rotation of third driving shaft Third drive sprocket 22221 is driven to rotate, third drive sprocket 22221 drives third driven by third driving chain 22223 Sprocket wheel 22222 rotates, and the rotation of third drive sprocket 22221 and third driven sprocket 22222 drives third driving chain 22223 It is rotated, so that third carrier bar 22224 be driven to be moved, crab moves, crab with the movement of third carrier bar 22224 Be cooked ripe during being moved on third carrier bar 22224, the intracorporal crab cream of crab becomes paste, be cooked ripe crab with The movement of third carrier bar 22224 gradually detached in hot water, be transported in cooling device 40 by the second conveying device 222 It is cooled down.

Crab falls in the third conveying device 402 in cooling device 40 after coming out from steaming plant 22, the 4th driving Motor 4021 drives the rotation of the 4th drive sprocket 40221, the 4th drive sprocket 40221 by the 4th driving shaft in the operating condition Pass through 40223 articles of the 4th driven sprocket 40222 of the drive rotations of the 4th driving chain, 40221 He of the 4th drive sprocket in rotation 4th driven sprocket 40222 rotates together, so that 40223 articles of the 4th driving chain is driven to be rotated, the 4th driving chain 40223 articles drive the 4th carrier bar 40224 to be moved in rotation, drop into the crab in cooling device 40 with the 4th carrier bar 40224 move together, and the cold water that crab is cooled in slot 401 in movement engineering is cooling, and crab after cooling is finally with the The movement of four carrier bars 40224 is detached from cold water, is collected by staff, is prepared for subsequent processing.

The above embodiments are only the explanation to the utility model, are not limitations of the present invention, ability Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but As long as all by the protection of Patent Law in the scope of the claims of the utility model.

Claims

1. the boiling cooling system in a kind of crab processing flow, including feed device (1) and cleaning device (13), the cleaning In the lower section of the output end of feed device (1), the feed device (1) is used to for crab to be delivered to cleaning dress for device (13) setting It sets in (13), the cleaning device (13) is for cleaning crab, it is characterised in that: under the output end of the cleaning device (13) Side is equipped with steaming plant (22), and the lower section of the output end of the steaming plant (22) is equipped with cooling device (40), the cooling dress (40) are set for cooling to the crab from steaming plant (22), the steaming plant (22) includes heater box (221) and second Conveying device (222), second conveying device (222) are arranged in the heater box (221) by the second rack (26), and described the Two conveying devices (222) are used to for crab being transported in cooling device (40), and the heater box (221) is close to cooling device (40) One end be equipped with discharge port, the both ends of the direction of motion of the heater box (221) along the second conveying device (222) are inclined to be set It sets, is equipped with heating tube (25) in the heater box (221).

2. the boiling cooling system in a kind of crab processing flow according to claim 1, it is characterised in that: described second Conveying device (222) includes third driving motor (2221) and second conveyor structure (2222), the second conveyor structure It (2222) include third drive sprocket (22221), third driven sprocket (22222), third driving chain (22223) and third chain Plate (22224), the third driven sprocket (22222) are connected on the second rack (26) by third driven shaft, the third Drive sprocket (22221) is connected to side plate (27) away from cleaning device (13) one end, the third transmission by third driving shaft Chain (22223) covers on third drive sprocket (22221) and third driven sprocket (22222) and by third drive sprocket (22221) it is arranged with third driven sprocket (22222) tensioning, the third carrier bar (22224) in third driving chain (22223) On, side plate (27) are equipped with along the direction of motion of second conveyor structure (2222) on second rack (26), the third transmission Chain (22223) is equipped with idler wheel (35), and the side plate (27) is equipped with race (36) close to third driving chain (22223), institute It states race (36) to support or oppose direction setting from the ground close to cooling device (40) one end, the idler wheel (35) is arranged in race (36) Interior, the third driving motor (2221) is arranged outside heater box by third motor rack (37), the third driving motor (2221) output shaft is connected to one end of third driving shaft by the second transmission mechanism (38).

3. the boiling cooling system in a kind of crab processing flow according to claim 2, it is characterised in that: described second Transmission mechanism (38) includes first gear (381) and second gear (382), and first gear (381) setting drives in third On the output shaft of motor (2221), one end of third driving shaft, the first gear is arranged in the second gear (382) (381) it is meshed with second gear (382), and first gear (381) is less than second gear (382).

4. the boiling cooling system in a kind of crab processing flow according to claim 3, it is characterised in that: the third Carrier bar (22224) is equipped with anti-fall plate (30).

5. the boiling cooling system in a kind of crab processing flow according to claim 4, it is characterised in that: the cooling Device (40) includes cooling bath (401) and third conveying device (402), and the cooling bath (401) is arranged in the second conveying device (222) below output end, the third conveying device (402) includes the 4th driving motor (4021) and the 4th conveying mechanism (4022), fourth conveyer external in cooling bath (401) is arranged by the 4th motor rack (47) for the 4th driving motor Structure (4022) is arranged in cooling bath (401) by third rack (41), and the 4th conveying mechanism (4022) includes the 4th main Movable sprocket (40221), the 4th driven sprocket (40222), the 4th driving chain (40223) and the 4th carrier bar (40224), described Four driven sprockets (40222) are connected on third rack (41) by the 4th driven shaft, and the 4th drive sprocket (40221) is logical The 4th driving shaft setting cooling bath (401) is crossed close to the one end of steaming plant (22), the 4th driving chain (40223) covers On 4th drive sprocket (40221) and the 4th driven sprocket (40222) and by the 4th drive sprocket (40221) and the 4th driven chain (40222) tensioning is taken turns, the 4th carrier bar (40224) is arranged on the 4th driving chain (40223), and cooling bath (401) is along the The cell wall of the direction of motion of four conveying mechanisms (4022) is equipped with third sliding slot (45), and third sliding slot (45) is away from the second conveying dress Set (222) one end support or oppose from the ground side bending setting, the 4th driving chain (40223) be equipped with third slide plate (46), third Slide plate (46) setting is in third sliding slot (45), one end of the 4th driving shaft of output axis connection of the 4th driving motor (4021).

6. the boiling cooling system in a kind of crab processing flow according to claim 5, it is characterised in that: the described 4th Carrier bar (40224) is equipped with pushing plate (44).

7. the boiling cooling system in a kind of crab processing flow according to claim 6, it is characterised in that: the feeding Device (1) includes the first driving motor (11) and conveying mechanism (12), and first driving motor (11) is set by motor rack (2) It sets on the ground, the conveying mechanism (12) is equipped with transfer gantry (3) close to ground side, and conveying mechanism (12) setting exists On transfer gantry (3), the transfer gantry (3) be equipped with baffle (6), conveying mechanism (12) include the first drive sprocket (121), First driven sprocket (122), the first driving chain (123) and the first carrier bar (124), the first drive sprocket (121) pass through first Driving shaft (4) is connected to the output shaft of the first driving motor (11), and first driven sprocket (122) passes through first driven shaft (5) it is arranged on baffle (6), first driving chain (123) covers in the first drive sprocket (121) and the first driven sprocket (122) it is tensioned on and by the first drive sprocket (121) and the first driven sprocket (122), the both ends of first carrier bar (124) connect It connects on the first driving chain (123).

8. the boiling cooling system in a kind of crab processing flow according to claim 7, it is characterised in that: the baffle (6) first sliding groove (7) are equipped with close to the first driving chain (123) side, first sliding groove (7) is carried on the back close to cleaning device (13) one end It is folded upward at setting from the ground, the first driving chain (123) is equipped with the first slide plate (8), and the first slide plate (8) is embedded sliding first In slot (7).

9. the boiling cooling system in a kind of crab processing flow according to claim 7, it is characterised in that: the baffle (6) hang plate (9) are equipped with, and hang plate (9) setting is above the first sliding groove (7), the inclined direction of hang plate (9) is towards the One sliding slot (7).

10. the boiling cooling system in a kind of crab processing flow according to claim 7, it is characterised in that: the gear Plate (6) is equipped with the guide plate (10) tilted down close to cleaning device (13) one end, and guide plate (10) is placed in cleaning device (13) Surface.